Search results for: 'participant'

The Zip Line Spreader Bar is used in conjuction with the ARC Harness to keep the attachment points equally spread and to prevent pressure on the participant. Can also be used to help the handicapable safely go down a zipline when used along side a Fusion Learn More

Joko I & Y Lanyards, These are used in traditional via feratta settings as well for park staff. For participants, however, we recommend the use of an "Always On" system. Learn More

Headwall Universal Harness, The headwall is a 'double back' harness. This style takes longer to put on but will not loosen over time as parachute buckle harnesses can do Learn More

The Zorber Shock absorbing unit is compact and lightweight. When a 220 pound weight is dropped six feet, the maximum arresting force will be less than 900 pounds. Learn More

Trapeze bar designed for use on ropes challenge courses: leap of faith. Our Trapeze Bar is made from 1-1/2" solid high density PVC. Learn More

Ropes Course Zip Line Staples, Staples are the preferred way access ropes challenge course elements and zip line platforms: easy to install, easy to inspect, and easy to climb. If properly installed, the 8" staples can perform as fall protection anchors Learn More

Steel carabiners are referred in ropes course, zip line, and cable applications. Learn More

The Head Rush zipSTOP Braking System. This zipSTOP Brake Trolley is engineered for a fine balance. It is able to handle the abuse of heavy impact collisions, yet light enough to increase the odds of reliable reset. Learn More

An auto belay is an automatic belay device that eliminates the need for a human belayer. In the case of the Head Rush TRUBLUE Auto Belay, it uses Head Rush's patented self-regulating braking system, which is enabled by non-contacting magnetic braking technology. Learn More

The best brake for your zip line,Head Rush zipSTOP Zip Line Brake uses Head Rush's self-regulating eddy current magnetic braking system to brake zip line riders smoothly, comfortably, and consistently, even at high speeds. Learn More